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Study of a grid-tied photovoltaic system in Caruaru using PVsyst and Skelion

机译:使用PVSYST和Skelion克鲁拉队的网格封闭光伏系统研究

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In Brazil, according to Agência Nacional de Energia Elétrica (ANEEL), on the year of 2017 the wind power was responsible for 7 % of the country electric installed capacity, on the other hand the solar power was responsible for only 0,25 % of the electric installed capacity. This data illustrates the contrast of investment on these two types of energy production. The present work consists of evaluating the technical and economic viability of a grid connected photovoltaic system localized in the city of Caruaru, which belongs to the state of Pernambuco. The system are foreseen to be formed with 20 photovoltaic modules of 260 W power rate each, and an inverter of 4,600 W power rate, connected in a 220 V grid. For the technical evaluation, it was used the software's: SketchUp, with a specific plug-in develop for photovoltaic generation called Skelion, and PVsyst. SketchUp was used to build a three-dimensional design model of the photovoltaic project. With the software's Skelion and PVsyst it was possible to obtain the prediction of energy generation for the photovoltaic system and its effectiveness losses. As technical results, the horizontal solar irradiation of the project installation local was about 1900 kWh/m2per year. An average generation of 623.7 kWh per month was estimated with Skelion, meanwhile with PVsyst the average generation obtain was 624.0 kWh per month. Comparing the annual averages of the software's energy generation, the standard deviation found was of 0.25 kWh. On the financial evaluation it was determinate, with the software Microsoft Excel 2016, the following viability rating criteria: Internal Rate of Return (IRT), Simple Payback (SP) and Return On Investment (ROI). The results obtained where 5,7 % for the IRT, 11 years for de SP and - 11,7 %, which is equivalent to R$ 33.554 for the EOI. Therefore, an investment in the photovoltaic system studied was considered unviable considering its long term to obtain a significant profit, and because its ROI is negative.
机译:根据巴西,根据AgênciaNacionaleEnergiaEle Entergia(Aneel),2017年的风力负责7 %的国家电力装机容量,另一方面,太阳能负责0.25 电气装机容量的百分比。该数据说明了对这两种能源生产的投资的对比。本作的工作包括评估在迦勒鲁市局部化的网格连接的光伏系统的技术和经济可行性,属于Pernambuco的状态。预见系统以260V电源速率的20个光伏模块形成,并且在220 V网格中连接的4,600 W电源率的逆变器。对于技术评估,它被使用了软件的:SketchUp,具有特定的插件开发,用于称为Skelion的光伏发电和PVSyst。 Sketchup用于构建光伏项目的三维设计模型。通过软件的Skelion和Pvsyst,可以获得光伏系统的能量产生的预测及其有效性损失。作为技术结果,项目安装的横向太阳照射局部约为1900千瓦时/米 2 每年。每月623.7千瓦时的平均发电估计,同时,PVSyst平均发电量为每月624.0千瓦时。比较软件能源生成的年平均值,找到的标准偏差为0.25千瓦时。在财务评估上确定,使用软件Microsoft Excel 2016,以下生存率评级标准:内部返回(IRT),简单的回报(SP)和投资回报(ROI)。在DE SP和-11,7 %的IRT的10,7 +%的结果获得了5,7 %,这相当于EOI的R $ 33.554。因此,考虑到其长期获取大量利润,研究了研究的光伏系统的投资被认为是不可行的,因为它的投资回报率是消极的。

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